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local files = require 'files'
local fsu = require 'fs-utility'
local furi = require 'file-uri'
local diag = require 'provider.diagnostic'
local config = require 'config'
local ws = require 'workspace'
local guide = require 'parser.guide'
local vm = require 'vm'
local util = require 'utility'
local path = ROOT / 'script'
local uris = {}
files.reset()
fsu.scanDirectory(path, function (path)
if path:extension():string() ~= '.lua' then
return
end
local uri = furi.encode(path:string())
local text = fsu.loadFile(path)
files.setText(uri, text)
files.open(uri)
uris[#uris+1] = uri
end)
local _ <close> = function ()
for _, uri in ipairs(uris) do
files.remove(uri)
end
end
print('基准诊断目录：', path)
ws.ready = true
diag.diagnosticsScope(furi.encode(path:string()))
local clock = os.clock()
---@diagnostic disable: await-in-sync
for uri in files.eachFile() do
local state = files.getState(uri)
if not state then
goto CONTINUE
end
guide.eachSource(state.ast, function (src)
assert(src.parent ~= nil or src.type == 'main')
end)
local fileClock = os.clock()
diag.doDiagnostic(uri, true)
print('诊断文件耗时：', os.clock() - fileClock, uri)
::CONTINUE::
end
local passed = os.clock() - clock
print('基准全量诊断用时：', passed)
vm.clearNodeCache()
local clock = os.clock()
local compileDatas = {}
for uri in files.eachFile() do
local state = files.getState(uri)
if not state then
goto CONTINUE
end
local clock = os.clock()
guide.eachSource(state.ast, function (src)
vm.compileNode(src)
end)
compileDatas[uri] = {
passed = os.clock() - clock,
uri = uri,
}
::CONTINUE::
end
local printTexts = {}
for uri, data in util.sortPairs(compileDatas, function (a, b)
return compileDatas[a].passed > compileDatas[b].passed
end) do
printTexts[#printTexts+1] = ('全量编译耗时：%05.3f [%s]'):format(data.passed, uri)
if #printTexts >= 10 then
break
end
end
util.revertTable(printTexts)
for _, text in ipairs(printTexts) do
print(text)
end
local passed = os.clock() - clock
print('基准全量编译用时：', passed)
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